Technology from Delcam, Pan Computing and Project Escher Now Integrated into Autodesk’s 3D Printing Software
Machining interfaces after additive manufacturing
Since the launch of Netfabb 2017 in September, Autodesk has been strengthening its vision of making Netfabb a full-stack solution for additive manufacturing. The latest update brings powerful new tools, including advanced simulation, hybrid manufacturing features, and multi-head 3D printing capabilities. These enhancements are designed to help users streamline their workflows and bring high-quality parts to market faster.
The integration of technologies from Delcam, Pan Computing, and Project Escher marks a major step forward in expanding Netfabb's functionality. With these additions, customers can now simulate, optimize, prepare, and print professional-grade parts all within one platform.
Autodesk Netfabb is a go-to solution for additive manufacturing professionals looking to move seamlessly from CAD design to final production. Its integrated software helps businesses—both big and small—make better material choices, validate build strategies through simulation, refine designs, and control machines more effectively.
"Netfabb simplifies the entire 3D printing process," said Dan Ko, Strategic Initiatives Lead at Shapeways. "It automates many of the time-consuming tasks involved in preparing files for additive manufacturing. Without it, we'd spend far more time and effort on each build."
This update introduces several key features that will help users stay ahead in the rapidly evolving 3D printing industry:
Cloud-Based Simulation
One of the biggest challenges in metal additive manufacturing has always been the unpredictability of the process and the high cost of trial and error. The simulation tools in Netfabb, powered by technology from Pan Computing, allow users to predict and adjust for deformation during the build. This means designers and engineers can optimize their models before printing, reducing the need for multiple iterations and improving overall reliability.
Hybrid Additive and Subtractive Workflows
Many additively manufactured parts require post-processing using subtractive methods to achieve the desired surface finish and precision. To accommodate this, Netfabb now includes solid modeling and near-net shape planning capabilities based on Autodesk's PowerShape technology. This allows users to work with solid models throughout the process, ensuring accuracy and clarity when transitioning between additive and subtractive steps.
Collaborative Multi-Head 3D Printing
Another exciting addition comes from Project Escher, which provides cutting-edge control technology that enables multiple extrusion heads to work together on a single part. This collaborative approach makes it possible to print large-scale, detailed components faster than ever before. Autodesk is also open-sourcing the hardware and software specs, allowing other manufacturers to build multi-head printers that can significantly boost productivity.
"The new tools in Netfabb are a game-changer," said Stephen Anderson, Renishaw Software Director. "We're excited about the potential for deeper integration with the QuantAM workbench, giving users confidence that their toolpaths will be optimized for Renishaw systems."
"With cloud-based simulation, hybrid workflows, and collaborative printing, Netfabb is now the most comprehensive additive manufacturing solution available," said Mark Forth, Autodesk's Manufacturing Industry Strategy Manager. "It empowers designers and engineers to create better parts, improve efficiency, and drive innovation."
Availability and Pricing
The updated version of Netfabb will be released in the coming months, with existing users receiving the upgrade automatically. For more details, visit www.netfabb.com.
UPDATE: This article has been revised to reflect updated information regarding feature availability. A previously mentioned tech preview has been postponed and will be announced at a later date.
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